A processing method, management terminal and system for self-trapped trap message

Abstract

The present invention provides a Trap message processing method, a management end and a system. The Trap message processing method comprises: receiving a Trap message; obtaining a parsing identifier of a variable binding field of the Trap message; based on the parsing identifier of the variable binding field of the Trap message, determining a parsing format of the variable binding field of the Trap message; and based on the parsing format, parsing the variable binding field of the Trap message. According to a preceding manner, the processing method of the present invention can apply to parsing of a Trap message with a monitoring object being a complex object and is provided with parsing university.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to a processing method, a management terminal and a system of a self-trapped Trap message. Background technique [0002] SNMP (Simple Network Management Protocol, Simple Network Management Protocol) is a network management protocol widely used in computer networks at present. It defines the syntax and semantics of SNMP messages between the management system (Management System) and the agent (AgentModel). Among them, the self-trapped Trap message is a kind of SNMP message, which is driven by events. By setting traps on the monitored agent end, the agent end can immediately send a Trap message to the management end once a relevant problem occurs, so that Find faults in the shortest possible time and avoid the resulting economic losses. [0003] SNMP has released four versions, which are the first Simple Network Management Protocol version (SNMPv1), the second Simple Network Man...

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Problems solved by technology

[0005] However, in practical applications, if the monitoring object of the name-value pair is a simple object, then the variable name of the name-value pair is a fixed value, that is, does not contain an index value; if the monitoring object of the name-value pair is a complex object, Then the variable name of the name-value pair contains an index value, and the index value may change in real time, causing the variable name of the name-value pair to not be a fixed value. The prior art extracts a fixed number from the variable name of the name-value pair (value) As the identifier of the monitoring object, it cannot be applied to the situation where the monitoring object of the trap message is a complex object, that is, the trap message of the complex object cannot be parsed, and it is not universal

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